10 Fully Funded PhD Positions in Ultrafast Nanoscopy (Physics, Biology, Chemistry, Nanotechnology)at the University of Regensburg, Germany
Are you passionate about quantum science, nanotechnology, ultrafast physics, or advanced microscopy? The University of Regensburg in Germany has opened applications for 10 fully funded PhD positions within the Research Training Group (RTG 2905) – Ultrafast Nanoscopy. This prestigious doctoral programme offers the opportunity to work at the newly established Regensburg Center for Ultrafast Nanoscopy (RUN), where researchers are developing next-generation imaging technologies capable of capturing atomic and molecular processes in real time.
Successful candidates will receive a TV-L E13 funded doctoral contract, structured scientific mentoring, international mobility opportunities, and access to state-of-the-art research facilities. The 10 fully funded PhD positions in Ultrafast Nanoscopy at the University of Regensburg provide an exceptional opportunity for aspiring researchers to work at the forefront of quantum science, advanced microscopy, and nanotechnology. Through the RTG 2905 programme, doctoral candidates will benefit from a competitive TV-L E13 salary, interdisciplinary supervision, world-class research infrastructure, international mobility, and hands-on experience with pioneering imaging technologies.
If you have a strong academic background in physics, biology, chemistry, or a related field and are eager to contribute to groundbreaking research at the intersection of science and technology, this programme offers an outstanding platform to launch your research career. Make sure to submit your application before the 31 July 2026 deadline.
Programme Overview
| Details | Information |
|---|---|
| Host Institution | University of Regensburg |
| Research Group | RTG 2905 – Ultrafast Nanoscopy |
| Country | Germany |
| Number of Positions | 10 |
| Employment Type | Part-time (75%) |
| Working Hours | 30 hours per week |
| Salary | TV-L E13 |
| Contract Duration | Until 31 March 2029 (extension anticipated) |
| Start Date | As soon as possible |
| Application Deadline | 31 July 2026 |
About the Research Training Group (RTG 2905)
The Research Training Group (RTG 2905) – Ultrafast Nanoscopy brings together experts from physics, biology, chemistry, and nanoscience to investigate how matter behaves at the atomic and molecular scale.
Hosted at the Regensburg Center for Ultrafast Nanoscopy (RUN), the programme combines experimental and theoretical research to develop innovative microscopy techniques capable of producing “ultrafast videos” of nanoscale processes.
Doctoral researchers will work on some of today’s most exciting scientific challenges, helping to advance technologies that could transform quantum materials, biotechnology, and future nanodevices.
Research Areas
PhD candidates will contribute to pioneering projects in fields such as:
- Ultrafast nanoscopy
- Quantum dynamics
- Quantum materials
- Atomic-scale imaging
- Molecular biology
- Nanotechnology
- Super-resolution microscopy
- Cryo-electron microscopy
- Atomic force microscopy
- Near-field microscopy
- Time-resolved momentum microscopy
- Lightwave scanning tunnelling microscopy
- DNA nanotechnology
- Ultrafast spectroscopy
- Computational quantum theory
The programme combines experimental innovation with advanced theoretical modelling to explore the dynamic behaviour of matter.
Doctoral Research Opportunities
Depending on your background and interests, your research may involve:
- Developing next-generation nanovideography techniques.
- Modelling quantum dynamics using advanced computational methods.
- Designing innovative microscopy technologies.
- Investigating ultrafast electronic motion in molecules and nanomaterials.
- Studying collective excitations in quantum systems.
- Exploring energy transfer in DNA origami structures.
- Measuring ultrafast atomic forces.
- Publishing research in leading international scientific journals.
- Presenting findings at global conferences.
What the Programme Offers
The University of Regensburg provides an outstanding environment for doctoral researchers.
Benefits include:
- Fully funded TV-L E13 doctoral employment.
- A position at the newly established Regensburg Center for Ultrafast Nanoscopy (RUN).
- State-of-the-art scientific infrastructure.
- Dual scientific supervision from experts in complementary disciplines.
- Structured doctoral training programme.
- Professional development workshops.
- Networking opportunities with international researchers.
- Financial support for conference participation.
- A fully funded three-month research stay at a leading international institution.
- Dedicated support services for international researchers.
Who Can Apply?
Applications are welcome from highly motivated graduates who wish to pursue interdisciplinary research at the interface of physics and biology.
Eligible academic backgrounds include:
- Physics
- Biology
- Chemistry
- Nanoscience
- Materials Science
- Biophysics
- Physical Chemistry
- Related disciplines
Applicants should have completed a relevant university degree, typically a Master’s degree or equivalent.
Eligibility Requirements
Competitive applicants should demonstrate:
- An excellent academic record.
- A Master’s degree (or equivalent) in a relevant discipline.
- Strong interest in ultrafast nanoscopy.
- Research experience in theory or experiment related to microscopy, ultrafast physics, or biology.
- Good written and spoken English.
- Excellent communication and teamwork skills.
Programming experience—particularly in Python—is considered an advantage.
Applicants are also encouraged to explain their interest in a specific RTG research project and describe how they would approach it.
International Research Experience
One of the highlights of the programme is a fully funded three-month research stay abroad.
This international placement allows doctoral researchers to:
- Collaborate with leading research institutions.
- Learn new experimental techniques.
- Build global scientific networks.
- Expand interdisciplinary research experience.
Salary and Employment
Successful applicants will be employed under the German public sector salary scale TV-L E13, one of the standard funding schemes for doctoral researchers at German universities.
The appointment is:
- 75% employment (30 hours per week).
- Initially funded until 31 March 2029.
- Eligible for a contract extension, subject to applicable regulations.
Commitment to Equality
The University of Regensburg is committed to creating an inclusive research environment.
The university:
- Strongly encourages women to apply.
- Supports work-life balance through family-friendly policies.
- Gives preference to applicants with disabilities where qualifications are equal.
Required Qualifications:
Applicants should have:
- Master’s degree or equivalent.
- Strong academic performance.
- Interest in interdisciplinary research.
- Excellent English language skills.
- Research experience relevant to ultrafast nanoscopy.
- Collaborative attitude.
- Motivation to work across physics, biology, and engineering.
Important Dates
| Event | Date |
|---|---|
| Applications Open | Currently Open |
| Application Deadline | 31 July 2026 |
| Start Date | As soon as possible |
| Contract Ends | 31 March 2029 (extension anticipated) |
How to Apply
Candidates should submit their application through the University of Regensburg’s online application system before 31 July 2026 Link: https://karriere.uni-regensburg.de/en/jobposting/a5ae76f89a6db6573e4b89fdb83899885f349bb90/apply?ref=agristok Applications should clearly demonstrate academic excellence, research experience, motivation for joining RTG 2905, and interest in a specific doctoral project. For further information, applicants may contact: Dr. Veronika Heinz Email: veronika.heinz@ur.de Telephone: +49 941 943-69750
Why Choose the University of Regensburg?
Joining RTG 2905 offers several unique advantages:
- Fully funded doctoral employment with TV-L E13 salary.
- Research at one of Germany’s newest nanoscience centres.
- Collaboration across physics and biology.
- Access to cutting-edge microscopy technologies.
- International research mobility.
- Dual scientific supervision.
- Professional skills training.
- Strong publication and networking opportunities.
Key Facts at a Glance
- Country: Germany
- University: University of Regensburg
- Programme: RTG 2905 – Ultrafast Nanoscopy
- Positions Available: 10
- Funding: TV-L E13 Employment
- Working Time: 75% (30 hours/week)
- Research Fields: Physics, Biology, Chemistry, Nanotechnology
- International Research Stay: Yes (3 months)
- Application Deadline: 31 July 2026
Frequently Asked Questions (FAQs)
Are these PhD positions fully funded?
Yes. Successful applicants will receive a TV-L E13 salaried doctoral position, which is the standard funding scheme for doctoral researchers at German public universities.
How many PhD positions are available?
The University of Regensburg is offering 10 funded PhD positions within the Research Training Group (RTG 2905) in Ultrafast Nanoscopy.
Which academic backgrounds are eligible?
Applicants with a Master’s degree in physics, biology, chemistry, or closely related disciplines are encouraged to apply.
What research topics are covered?
Research includes ultrafast nanoscopy, quantum dynamics, advanced microscopy, nanotechnology, molecular biology, quantum materials, and computational modelling.
Is international experience included?
Yes. Every doctoral researcher will have the opportunity to complete a funded three-month research stay at a leading institution abroad.
Is programming experience required?
Programming skills are not mandatory but are considered an advantage, especially experience with Python.
What is the salary?
Successful candidates will be employed under the TV-L E13 salary scale on a 75% (30-hour/week) contract.
When is the application deadline?
Applications must be submitted by 31 July 2026.
When does the programme start?
The positions are available as soon as possible, allowing selected candidates to begin their doctoral research shortly after recruitment.
Why is this programme unique?
RTG 2905 combines expertise in physics, biology, and nanotechnology to develop groundbreaking imaging technologies capable of observing atomic and molecular dynamics in real time. With international collaborations, dual scientific mentoring, and access to cutting-edge facilities, it offers an exceptional environment for early-career researchers.
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